/// <summary>
/// Serialize view configuraiton to disk
/// </summary>
/// <param name="configuration"></param>
/// <returns></returns>
public void SerializeViewConfiguration(CreationConfiguration creationConfiguration)
{
string path = ConfigurationFileName();
if (!Directory.Exists(Path.GetDirectoryName(path)))
{
Directory.CreateDirectory(Path.GetDirectoryName(path));
}
creationConfiguration.Serialize(ConfigurationFileName());
}
public void DeSerialize(string serializedObjectPath, CreationConfiguration cf)
{
SerializableCreationConfiguration scc = JsonUtility.FromJson <SerializableCreationConfiguration>(File.ReadAllText(serializedObjectPath));
cf.VisualisationType = (AbstractVisualisation.VisualisationTypes)System.Enum.Parse(typeof(AbstractVisualisation.VisualisationTypes), scc.VisualisationType);
//rebuild the parallel coordinates dimensions filtering
string[] attributesPCP = scc.parallelCoordinatesDimensionsAttributes;
float[] minFiltersPCP = scc.parallelCoordinatesDimensionsMinFilter;
float[] maxFiltersPCP = scc.parallelCoordinatesDimensionsMaxFilter;
float[] minScalesPCP = scc.parallelCoordinatesDimensionsMinScale;
float[] maxScalesPCP = scc.parallelCoordinatesDimensionsMaxScale;
DimensionFilter[] parallelCoordinatesDimensions = new DimensionFilter[attributesPCP.Length];
for (int i = 0; i < parallelCoordinatesDimensions.Length; i++)
{
DimensionFilter df = new DimensionFilter();
df.Attribute = attributesPCP[i];
df.minFilter = minFiltersPCP[i];
df.maxFilter = maxFiltersPCP[i];
df.minScale = minScalesPCP[i];
df.maxScale = maxScalesPCP[i];
parallelCoordinatesDimensions[i] = df;
}
cf.parallelCoordinatesDimensions = parallelCoordinatesDimensions;
cf.Geometry = scc.Geometry;
cf.Axies = new Dictionary <CreationConfiguration.Axis, string>();
for (int i = 0; i < scc.AxiesKeys.Length; i++)
{
if (!cf.Axies.ContainsKey(scc.AxiesKeys[i]))
{
cf.Axies.Add(scc.AxiesKeys[i], scc.AxiesValues[i]);
}
}
cf.ColourDimension = scc.ColourDimension;
cf.SizeDimension = scc.SizeDimension;
cf.LinkingDimension = scc.LinkingDimension;
cf.colourKeys = scc.colourKeys;
cf.colour = scc.colour;
cf.Size = scc.Size;
cf.MinSize = scc.MinSize;
cf.MaxSize = scc.MaxSize;
cf.VisualisationWidth = scc.VisualisationWidth;
cf.VisualisationHeight = scc.VisualisationHeight;
cf.VisualisationDepth = scc.VisualisationDepth;
}
public void Serialize(string serializedObjectPath, CreationConfiguration cf)
{
VisualisationType = cf.VisualisationType.ToString();
//hacky, needed to serialize DimensionFilters objects
if (cf.parallelCoordinatesDimensions != null)
{
parallelCoordinatesDimensionsAttributes = new string[cf.parallelCoordinatesDimensions.Length];
parallelCoordinatesDimensionsMinFilter = new float[cf.parallelCoordinatesDimensions.Length];
parallelCoordinatesDimensionsMaxFilter = new float[cf.parallelCoordinatesDimensions.Length];
parallelCoordinatesDimensionsMinScale = new float[cf.parallelCoordinatesDimensions.Length];
parallelCoordinatesDimensionsMaxScale = new float[cf.parallelCoordinatesDimensions.Length];
for (int i = 0; i < parallelCoordinatesDimensionsAttributes.Length; i++)
{
parallelCoordinatesDimensionsAttributes[i] = cf.parallelCoordinatesDimensions[i].Attribute;
parallelCoordinatesDimensionsMinFilter[i] = cf.parallelCoordinatesDimensions[i].minFilter;
parallelCoordinatesDimensionsMaxFilter[i] = cf.parallelCoordinatesDimensions[i].maxFilter;
parallelCoordinatesDimensionsMinScale[i] = cf.parallelCoordinatesDimensions[i].minScale;
parallelCoordinatesDimensionsMaxScale[i] = cf.parallelCoordinatesDimensions[i].maxScale;
}
}
Geometry = cf.Geometry;
AxiesKeys = cf.Axies.Keys.ToArray();
AxiesValues = cf.Axies.Values.ToArray();
ColourDimension = cf.ColourDimension;
SizeDimension = cf.SizeDimension;
LinkingDimension = cf.LinkingDimension;
colourKeys = cf.colourKeys;
colour = cf.colour;
Size = cf.Size;
MinSize = cf.MinSize;
MaxSize = cf.MaxSize;
VisualisationWidth = cf.VisualisationWidth;
VisualisationHeight = cf.VisualisationHeight;
VisualisationDepth = cf.VisualisationDepth;
File.WriteAllText(serializedObjectPath, JsonUtility.ToJson(this));
}
// ******************************
// SPECIFIC VISUALISATION METHODS
// ******************************
private View CreateSimpleVisualisation(CreationConfiguration configuration)
{
if (visualisationReference.dataSource != null)
{
if (!visualisationReference.dataSource.IsLoaded)
{
visualisationReference.dataSource.load();
}
ViewBuilder builder = new ViewBuilder(geometryToMeshTopology(configuration.Geometry), "Simple Visualisation");
if ((visualisationReference.dataSource[getAxis(configuration.Axies, CreationConfiguration.Axis.X)] != null) ||
(visualisationReference.dataSource[getAxis(configuration.Axies, CreationConfiguration.Axis.Y)] != null) ||
(visualisationReference.dataSource[getAxis(configuration.Axies, CreationConfiguration.Axis.Z)] != null))
{
builder.initialiseDataView(visualisationReference.dataSource.DataCount);
if (visualisationReference.dataSource[getAxis(configuration.Axies, CreationConfiguration.Axis.X)] != null)
{
builder.setDataDimension(visualisationReference.dataSource[getAxis(configuration.Axies, CreationConfiguration.Axis.X)].Data, ViewBuilder.VIEW_DIMENSION.X);
}
if (visualisationReference.dataSource[getAxis(configuration.Axies, CreationConfiguration.Axis.Y)] != null)
{
builder.setDataDimension(visualisationReference.dataSource[getAxis(configuration.Axies, CreationConfiguration.Axis.Y)].Data, ViewBuilder.VIEW_DIMENSION.Y);
}
if (visualisationReference.dataSource[getAxis(configuration.Axies, CreationConfiguration.Axis.Z)] != null)
{
builder.setDataDimension(visualisationReference.dataSource[getAxis(configuration.Axies, CreationConfiguration.Axis.Z)].Data, ViewBuilder.VIEW_DIMENSION.Z);
}
//destroy the view to clean the big mesh
destroyView();
//return the appropriate geometry view
return(ApplyGeometryAndRendering(creationConfiguration, ref builder));
}
}
return(null);
}
public override void CreateVisualisation()
{
viewList.Clear();
destroyView();
//TODO: not optimal - destroying all the axes when creating the new visualisation again...
for (int i = 0; i < 64; i++)
{
for (int j = 0; j < 64; j++)
{
for (int k = 0; k < 64; k++)
{
// if (i != j)//
if (AxisHolder[i, j, k] != null)
{
foreach (var item in AxisHolder[i, j, k])
{
DestroyImmediate(item.gameObject);
}
AxisHolder[i, j, k] = null;
}
#region to test again
//if (AxisHolder[i, j, k] != null &&
// (AxisHolder[i, j, k][0].GetComponent<Axis>().axisId != i ||
// AxisHolder[i, j, k][1].GetComponent<Axis>().axisId != j))
////AxisHolder[i, j, k][2].GetComponent<Axis>().axisId != k))
//{
// foreach (var item in AxisHolder[i, j, k])
// {
// DestroyImmediate(item.gameObject);
// }
// AxisHolder[i, j, k] = null;
//}
//if (((k * AxisHolder.Length * AxisHolder.Length) + (j * AxisHolder.Length) + i) > viewList.Count && AxisHolder[i, j, k] != null)
//{
// foreach (var item in AxisHolder[i, j, k])
// {
// DestroyImmediate(item.gameObject);
// }
// AxisHolder[i, j, k] = null;
//}
#endregion
}
}
}
if (creationConfiguration == null)
{
creationConfiguration = new CreationConfiguration(visualisationReference.geometry, new Dictionary <CreationConfiguration.Axis, string>());
}
else
{
creationConfiguration.Geometry = visualisationReference.geometry;
creationConfiguration.Axies = new Dictionary <CreationConfiguration.Axis, string>();
creationConfiguration.VisualisationType = AbstractVisualisation.VisualisationTypes.SCATTERPLOT_MATRIX;
}
if (visualisationReference.zScatterplotMatrixDimensions.Length > 0)
{
for (int i = 0; i < visualisationReference.xScatterplotMatrixDimensions.Length; i++)
{
for (int j = 0; j < visualisationReference.yScatterplotMatrixDimensions.Length; j++)
{
for (int k = 0; k < visualisationReference.zScatterplotMatrixDimensions.Length; k++)
{
if (!(i == j && j == k && i == k))
{
if (visualisationReference.xScatterplotMatrixDimensions[i] != null &&
visualisationReference.yScatterplotMatrixDimensions[j] != null &&
visualisationReference.zScatterplotMatrixDimensions[k] != null)
{
Create3DVisualisation(i, j, k);
Vector3 posX = new Vector3(i * xPadding, j * yPadding - 0.05f, k * zPadding);
Vector3 posY = new Vector3(i * xPadding - 0.05f, j * yPadding, k * zPadding);
Vector3 posZ = new Vector3(i * xPadding - 0.05f, j * yPadding - 0.05f, k * zPadding);
List <GameObject> localList = new List <GameObject>
{
CreateAxis(PropertyType.X,
visualisationReference.xScatterplotMatrixDimensions[i],
posX,
new Vector3(0f, 0f, -90f), i
),
CreateAxis(
PropertyType.Y,
visualisationReference.yScatterplotMatrixDimensions[j],
posY,
new Vector3(0f, 0f, 0f), j),
CreateAxis(
PropertyType.Z,
visualisationReference.zScatterplotMatrixDimensions[k],
posZ,
new Vector3(90f, 0f, 0f), k)
};
AxisHolder[i, j, k] = localList;
}
}
}
}
}
}
else
{
for (int i = 0; i < visualisationReference.xScatterplotMatrixDimensions.Length; i++)
{
for (int j = 0; j < visualisationReference.yScatterplotMatrixDimensions.Length; j++)
{
if (i != j)
{
if (visualisationReference.xScatterplotMatrixDimensions[i] != null &&
visualisationReference.yScatterplotMatrixDimensions[j] != null)
{
Create2DVisualisation(i, j);
Vector3 posX = new Vector3(i * xPadding, j * yPadding - 0.05f, 0);
Vector3 posY = new Vector3(i * xPadding - 0.05f, j * yPadding, 0);
List <GameObject> localList = new List <GameObject>
{
CreateAxis(PropertyType.X,
visualisationReference.xScatterplotMatrixDimensions[i],
posX,
new Vector3(0f, 0f, -90f), i
),
CreateAxis(
PropertyType.Y,
visualisationReference.yScatterplotMatrixDimensions[j],
posY,
new Vector3(0f, 0f, 0f), j)
};
AxisHolder[i, j, 0] = localList;
}
}
}
}
}
if (viewList.Count > 0)
{
UpdateVisualisation(PropertyType.Colour);
UpdateVisualisation(PropertyType.Size);
UpdateVisualisation(PropertyType.SizeValues);
}
}
public override void CreateVisualisation()
{
string savedName = name;
foreach (View v in viewList)
{
DestroyImmediate(v.gameObject);
}
viewList.Clear();
// Create new
Dictionary <CreationConfiguration.Axis, string> axies = new Dictionary <CreationConfiguration.Axis, string>();
if (visualisationReference.xDimension.Attribute != "" && visualisationReference.xDimension.Attribute != "Undefined")
{
axies.Add(CreationConfiguration.Axis.X, visualisationReference.xDimension.Attribute);
}
if (visualisationReference.yDimension.Attribute != "" && visualisationReference.yDimension.Attribute != "Undefined")
{
axies.Add(CreationConfiguration.Axis.Y, visualisationReference.yDimension.Attribute);
}
if (visualisationReference.zDimension.Attribute != "" && visualisationReference.zDimension.Attribute != "Undefined")
{
axies.Add(CreationConfiguration.Axis.Z, visualisationReference.zDimension.Attribute);
}
// Create the configuration object
if (creationConfiguration == null)
{
creationConfiguration = new CreationConfiguration(visualisationReference.geometry, axies);
}
else
{
creationConfiguration.Axies = axies;
creationConfiguration.Geometry = visualisationReference.geometry;
creationConfiguration.LinkingDimension = visualisationReference.linkingDimension;
creationConfiguration.Size = visualisationReference.size;
creationConfiguration.MinSize = visualisationReference.minSize;
creationConfiguration.MaxSize = visualisationReference.maxSize;
creationConfiguration.colour = visualisationReference.colour;
}
View view = CreateSimpleVisualisation(creationConfiguration);
if (view != null)
{
view.transform.localPosition = Vector3.zero;
view.transform.SetParent(transform, false);
view.onViewChangeEvent += UpdateVisualisation; // Receive notifications when the view configuration changes
viewList.Add(view);
}
if (viewList.Count > 0 && visualisationReference.colourDimension != "Undefined")
{
for (int i = 0; i < viewList.Count; i++)
{
viewList[i].SetColors(mapColoursContinuous(visualisationReference.dataSource[visualisationReference.colourDimension].Data));
}
}
else if (viewList.Count > 0 && visualisationReference.colorPaletteDimension != "Undefined")
{
for (int i = 0; i < viewList.Count; i++)
{
viewList[i].SetColors(mapColoursPalette(visualisationReference.dataSource[visualisationReference.colorPaletteDimension].Data, visualisationReference.coloursPalette));
}
}
else if (viewList.Count > 0 && visualisationReference.colour != null)
{
for (int i = 0; i < viewList.Count; i++)
{
Color[] colours = viewList[i].GetColors();
for (int j = 0; j < colours.Length; ++j)
{
colours[j] = visualisationReference.colour;
}
viewList[i].SetColors(colours);
}
}
if (viewList.Count > 0)
{
for (int i = 0; i < viewList.Count; i++)
{
viewList[i].SetSize(visualisationReference.size);
viewList[i].SetMinSize(visualisationReference.minSize);
viewList[i].SetMaxSize(visualisationReference.maxSize);
viewList[i].SetMinNormX(visualisationReference.xDimension.minScale);
viewList[i].SetMaxNormX(visualisationReference.xDimension.maxScale);
viewList[i].SetMinNormY(visualisationReference.yDimension.minScale);
viewList[i].SetMaxNormY(visualisationReference.yDimension.maxScale);
viewList[i].SetMinNormZ(visualisationReference.zDimension.minScale);
viewList[i].SetMaxNormZ(visualisationReference.zDimension.maxScale);
viewList[i].SetMinX(visualisationReference.xDimension.minFilter);
viewList[i].SetMaxX(visualisationReference.xDimension.maxFilter);
viewList[i].SetMinY(visualisationReference.yDimension.minFilter);
viewList[i].SetMaxY(visualisationReference.yDimension.maxFilter);
viewList[i].SetMinZ(visualisationReference.zDimension.minFilter);
viewList[i].SetMaxZ(visualisationReference.zDimension.maxFilter);
}
}
if (viewList.Count > 0 && visualisationReference.sizeDimension != "Undefined")
{
for (int i = 0; i < viewList.Count; i++)
{
viewList[i].SetSizeChannel(visualisationReference.dataSource[visualisationReference.sizeDimension].Data);
}
}
name = savedName;
}
public override void CreateVisualisation()
{
if (visualisationReference.parallelCoordinatesDimensions.Length > 1 && visualisationReference.parallelCoordinatesDimensions.None(x => x == null || x.Attribute == "Undefined"))
{
viewList.Clear();
destroyView();
ViewBuilder viewParallel;
List <float> positionsLocalX = new List <float>();
List <float> positionsLocalY = new List <float>();
List <float> positionsLocalZ = new List <float>();
List <int> indices = new List <int>();
for (int i = 0; i < visualisationReference.parallelCoordinatesDimensions.Length; i++)
{
if (visualisationReference.parallelCoordinatesDimensions[i] != null && visualisationReference.parallelCoordinatesDimensions[i].Attribute != "Undefined")
{
float[] positions = visualisationReference.dataSource[visualisationReference.parallelCoordinatesDimensions[i].Attribute].Data;
for (int k = 0; k < positions.Length; k++)
{
positionsLocalX.Add((float)GameObject_Axes_Holders[i].transform.localPosition.x);
positionsLocalY.Add(positions[k] + (float)GameObject_Axes_Holders[i].transform.localPosition.y);
positionsLocalZ.Add((float)GameObject_Axes_Holders[i].transform.localPosition.z);
}
}
}
//build indices
for (int i = 0; i < visualisationReference.dataSource.DataCount; i++)
{
for (int j = 0; j < visualisationReference.parallelCoordinatesDimensions.Length - 1; j++)
{
indices.Add(j * visualisationReference.dataSource.DataCount + i);
indices.Add((j + 1) * visualisationReference.dataSource.DataCount + i);
}
}
int[] lineLength = new int[visualisationReference.dataSource.DataCount];
for (int i = 0; i < visualisationReference.dataSource.DataCount; i++)
{
lineLength[i] = visualisationReference.parallelCoordinatesDimensions.Length;
}
viewParallel = new ViewBuilder(MeshTopology.Lines, "parallel coordinates");
viewParallel.initialiseDataView(positionsLocalX.Count);
viewParallel.setDataDimension(positionsLocalX.ToArray(), ViewBuilder.VIEW_DIMENSION.X);
viewParallel.setDataDimension(positionsLocalY.ToArray(), ViewBuilder.VIEW_DIMENSION.Y);
viewParallel.setDataDimension(positionsLocalZ.ToArray(), ViewBuilder.VIEW_DIMENSION.Z);
viewParallel.Indices = indices;
viewParallel.LineLength = lineLength.ToList();
Material mt = new Material(Shader.Find("IATK/PCPShader"));
mt.renderQueue = 3000;
viewParallel.updateView();
View v = viewParallel.apply(gameObject, mt);
viewList.Add(v);
//Creation configuration management
if (creationConfiguration == null)
{
creationConfiguration = new CreationConfiguration();
}
creationConfiguration.VisualisationType = AbstractVisualisation.VisualisationTypes.PARALLEL_COORDINATES;
creationConfiguration.parallelCoordinatesDimensions = visualisationReference.parallelCoordinatesDimensions;
creationConfiguration.colour = visualisationReference.colour;
creationConfiguration.ColourDimension = visualisationReference.colourDimension;
creationConfiguration.colourKeys = visualisationReference.dimensionColour;
creationConfiguration.Geometry = visualisationReference.geometry;
creationConfiguration.LinkingDimension = visualisationReference.linkingDimension;
creationConfiguration.SizeDimension = visualisationReference.sizeDimension;
creationConfiguration.Axies = new Dictionary <CreationConfiguration.Axis, string>();
//restore properties
UpdateVisualisation(AbstractVisualisation.PropertyType.Colour);
UpdateVisualisation(AbstractVisualisation.PropertyType.Size);
UpdateVisualisation(AbstractVisualisation.PropertyType.SizeValues);
}
}
/// <summary>
/// returns a View with the specific geometry configuration
/// </summary>
/// <param name="configuration"></param>
/// <param name="builder"></param>
/// <returns></returns>
protected View ApplyGeometryAndRendering(CreationConfiguration configuration, ref ViewBuilder builder)
{
Material mt = null;
switch (configuration.Geometry)
{
case AbstractVisualisation.GeometryType.Undefined:
return(null);
case AbstractVisualisation.GeometryType.Points:
builder.createIndicesPointTopology();
mt = new Material(Shader.Find("IATK/OutlineDots"));
mt.mainTexture = Resources.Load("circle-outline-basic") as Texture2D;
mt.renderQueue = 3000;
return(builder.updateView().
apply(gameObject, mt));
case AbstractVisualisation.GeometryType.Lines:
if (visualisationReference.linkingDimension == "Undefined")
{
throw new UnityException("The linking field 'Linkinfield' is undefined. Please select a linking field");
}
builder.createIndicesLinkedTopology(visualisationReference.dataSource[visualisationReference.linkingDimension].Data, visualisationReference.dataSource[visualisationReference.xDimension.Attribute].Data);
mt = new Material(Shader.Find("IATK/LinesShader"));
mt.renderQueue = 3000;
return(builder.updateView().
apply(gameObject, mt));
case AbstractVisualisation.GeometryType.Quads:
builder.createIndicesPointTopology();
mt = new Material(Shader.Find("IATK/Quads"));
mt.renderQueue = 3000;
return(builder.updateView().
apply(gameObject, mt));
case AbstractVisualisation.GeometryType.LinesAndDots:
if (visualisationReference.linkingDimension == "Undefined")
{
throw new UnityException("The linking field 'Linkinfield' is undefined. Please select a linking field");
}
builder.createIndicesLinkedTopology(visualisationReference.dataSource[visualisationReference.linkingDimension].Data, visualisationReference.dataSource[visualisationReference.xDimension.Attribute].Data);
mt = new Material(Shader.Find("IATK/LineAndDotsShader"));
mt.renderQueue = 3000;
return(builder.updateView().
apply(gameObject, mt));
case AbstractVisualisation.GeometryType.Cubes:
builder.createIndicesPointTopology(); // createIndicesLinkedTopology(dataSource[linkingDimension].Data);
mt = new Material(Shader.Find("IATK/CubeShader"));
mt.renderQueue = 3000;
return(builder.updateView().
apply(gameObject, mt));
case AbstractVisualisation.GeometryType.Bars:
builder.createIndicesPointTopology(); // createIndicesLinkedTopology(dataSource[linkingDimension].Data);
mt = new Material(Shader.Find("IATK/BarShader"));
mt.renderQueue = 3000;
return(builder.updateView().
apply(gameObject, mt));
case AbstractVisualisation.GeometryType.Spheres:
builder.createIndicesPointTopology(); // createIndicesLinkedTopology(dataSource[linkingDimension].Data);
mt = new Material(Shader.Find("IATK/SphereShader"));
mt.mainTexture = Resources.Load("sphere-texture") as Texture2D;
mt.renderQueue = 3000;
return(builder.updateView().
apply(gameObject, mt));
default:
return(null);
}
}
/// <summary>
/// returns a View with the specific geometry configuration
/// </summary>
/// <param name="configuration"></param>
/// <param name="builder"></param>
/// <returns></returns>
protected View ApplyGeometryAndRendering(CreationConfiguration configuration, ref ViewBuilder builder)
{
Material mt = null;
switch (configuration.Geometry)
{
case AbstractVisualisation.GeometryType.Undefined:
return(null);
case AbstractVisualisation.GeometryType.Points:
builder.createIndicesPointTopology();
mt = new Material(Shader.Find("IATK/OutlineDots"));
mt.mainTexture = Resources.Load("circle-outline-basic") as Texture2D;
mt.renderQueue = 3000;
mt.enableInstancing = true;
return(builder.updateView().
apply(gameObject, mt));
case AbstractVisualisation.GeometryType.Lines:
if (visualisationReference.graphDimension != "Undefined")
{
CSVDataSource csvds = (CSVDataSource)(visualisationReference.dataSource);
builder.createIndicesGraphTopology(csvds.GraphEdges);
mt = new Material(Shader.Find("IATK/LinesShader"));
mt.renderQueue = 3000;
mt.enableInstancing = true;
return(builder.updateView().
apply(gameObject, mt));
}
else
if (visualisationReference.linkingDimension != "Undefined")
{
builder.createIndicesConnectedLineTopology(visualisationReference.dataSource[visualisationReference.linkingDimension].Data);
mt = new Material(Shader.Find("IATK/LinesShader"));
mt.renderQueue = 3000;
mt.enableInstancing = true;
return(builder.updateView().
apply(gameObject, mt));
}
else
{
throw new UnityException("'Linkinfield' or 'GraphDimension' is undefined. Please select a linking field or a graph dimension");
}
break;
case AbstractVisualisation.GeometryType.Quads:
builder.createIndicesPointTopology();
mt = new Material(Shader.Find("IATK/Quads"));
mt.renderQueue = 3000;
mt.enableInstancing = true;
return(builder.updateView().
apply(gameObject, mt));
case AbstractVisualisation.GeometryType.LinesAndDots:
if (visualisationReference.graphDimension != "Undefined")
{
CSVDataSource csvds = (CSVDataSource)(visualisationReference.dataSource);
builder.createIndicesGraphTopology(csvds.GraphEdges);
mt = new Material(Shader.Find("IATK/LineAndDotsShader"));
mt.renderQueue = 3000;
mt.enableInstancing = true;
return(builder.updateView().
apply(gameObject, mt));
}
if (visualisationReference.linkingDimension != "Undefined")
{
builder.createIndicesConnectedLineTopology(visualisationReference.dataSource[visualisationReference.linkingDimension].Data);
mt = new Material(Shader.Find("IATK/LineAndDotsShader"));
mt.renderQueue = 3000;
mt.enableInstancing = true;
return(builder.updateView().
apply(gameObject, mt));
}
else
{
throw new UnityException("'Linkinfield' or 'GraphDimension' is undefined. Please select a linking field or a graph dimension");
}
case AbstractVisualisation.GeometryType.Cubes:
builder.createIndicesPointTopology(); // createIndicesLinkedTopology(dataSource[linkingDimension].Data);
mt = new Material(Shader.Find("IATK/CubeShader"));
mt.renderQueue = 3000;
mt.enableInstancing = true;
return(builder.updateView().
apply(gameObject, mt));
case AbstractVisualisation.GeometryType.Bars:
builder.createIndicesPointTopology(); // createIndicesLinkedTopology(dataSource[linkingDimension].Data);
mt = new Material(Shader.Find("IATK/BarShader"));
mt.renderQueue = 3000;
mt.enableInstancing = true;
return(builder.updateView().
apply(gameObject, mt));
case AbstractVisualisation.GeometryType.Spheres:
builder.createIndicesPointTopology(); // createIndicesLinkedTopology(dataSource[linkingDimension].Data);
mt = new Material(Shader.Find("IATK/SphereShader"));
mt.mainTexture = Resources.Load("sphere-texture") as Texture2D;
mt.renderQueue = 3000;
mt.enableInstancing = true;
return(builder.updateView().
apply(gameObject, mt));
default:
return(null);
}
}